Products

CURIS® 4 MHz Radiofrequency Generator

Specialty

ENT Surgery

Neurosurgery

Plastic

Reconstructive & Aesthetic Surgery

The CURIS® 4 MHz Radiofrequency Generator is a state-of-the-art device designed for precise and efficient energy delivery in surgical procedures. Utilizing advanced 4 MHz technology & P3 Technology (Pulsed Power Performance), it minimizes thermal damage while providing superior cutting and coagulation performance. The CURIS® generator is versatile, catering to a range of ENT and general surgical applications, enhancing surgical precision and patient outcomes.

Key Features

4 MHz Technology

Ensures minimal thermal damage, thus reducing lateral heat spread, preserving surrounding tissues and promoting faster recovery. Precise energy delivery.

P3 Technology (Pulsed Power Performance)

The Pulsed Power Performance (P3) Technology ensures precise, controlled energy delivery by pulsing radiofrequency energy. This results in reduced thermal damage and optimized cutting and coagulation effects.

Minimized Thermal Damage

Reduces lateral heat spread, preserving surrounding tissues and promoting faster recovery.

Multifunctional Use

Suitable for cutting, coagulation, and tissue ablation.

User-Friendly Interface

Simplifies operation with intuitive controls and settings.

Compact Design

Portable and easy to integrate into surgical environments.

Versatile Applications

Ideal for ENT, Neurosurgery, Plastic, Dermatology, and other surgical specialties.

Compatible with Various Electrodes

Supports a range of reusable and single use electrodes for different surgical needs, ensuring versatility.

Case Video - Normal Anatomy

Introduction to Curis® 4 MHz RF Generator

fAQs

What is the primary use of the CURIS® 4 MHz Radiofrequency Generator?

It is used for precise energy delivery in cutting, coagulation, and tissue ablation.

It minimizes thermal damage while ensuring superior performance in cutting and coagulation.

P3 Technology (Pulsed Power Performance) optimizes RF energy delivery by pulsing the power, reducing thermal spread and improving cutting precision.

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